robust rectifier module
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Three Phase380VAC DC 110V Rectifier With 94% Efficiency And 20A Output TH110D20NZ-6
TH110D20NZ-6 DC Rectifier Power Module The TH110D20NZ-6 is an intelligent, high-frequency switching power supply module designed for critical power systems. Combining active PFC and digital LLC technology, it delivers high efficiency and stable DC power in a compact design. Model Number TH110D20NZ-6 Brand Name TONHE Input Voltage 323-456VAC/380 Output Current 20A Output Voltage 88-150VDC/110 Power 2.2 KW Parallel Operation 3% Efficiency 94% Voltage Stabilization 0.5%
Intelligent Reliable 110V DC Rectifier With Peak Efficiency≥94% TH110D20NZ-6
110V DC Rectifier - TH110D20NZ-6Product OverviewThe TH110D20NZ-6 is an intelligent, high-frequency switching power supply module designed for critical power systems. Combining active PFC and digital LLC technology, it delivers high efficiency and stable DC power in a compact design. With a built-in RS-485 interface, it enables seamless integration into automated monitoring and control networks.Key SpecificationsModel NumberTH110D20NZ-6Brand NameTONHEInput Voltage323-456VAC
Battery Monitoring Device With Cortex-M4 Core Processor And MODBUS/TCP Communication TH-M12-W03
TH-M12-W03 Battery Monitoring Device Rectifier telecom YX-M12-W03 Battery Online Monitoring Device (Without Screen) Compact & Intelligent Battery Monitoring Solution for Critical Power Systems The YX-M12-W03 Battery Online Monitoring Device is a professional industrial-grade solution designed for high-density battery monitoring in backup power systems. Based on a Cortex-M4 core processor and cos-II operating system, this device offers robust performance for real-time data
TONHE 110V 220V UPS DC Panel With 0ms Transfer Time For Power Systems
Introduction: Special AC uninterruptible power supplies for electric power systems include two categories: dedicated power UPS and INV. Neither is equipped with an independent battery pack; instead, they share the battery pack with the DC power supply and serve as one of the loads of the DC system. Among them, the dedicated power INV generally operates in "backup" mode, mainly supplying power to loads with low power quality requirements such as emergency lighting in
